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为实现水情监测智能化的需求,利用GPS和GPRS移动通信网络数据传输技术,以小数据流方式实时、无线传输检测现场获取的采集数据,实现了系统控制双向传输和管理。本系统优化了传统的水情监测系统,利用无线通信技术,实现对水情的远程监测的自动化、智能化、模块化、层次化和网络化。具有成本低廉、分布灵活、传输可靠等优点,较好地解决了人工检测所存在的操作不安全、数据不准确和实时性差等问题。
In order to realize the intelligent demand of hydrological monitoring, the data acquisition by GPS and GPRS mobile communication network was implemented in real time and wirelessly with small data stream to realize the bidirectional transmission and management of system control. The system optimizes the traditional hydrological monitoring system, using wireless communication technology to realize the automation, intelligence, modularity, hierarchy and networking of remote monitoring of hydrological conditions. The invention has the advantages of low cost, flexible distribution and reliable transmission, and solves the problems of unsafe operation, inaccurate data and poor real-time performance of the manual detection.